View source for 20240054727. CLOTH MODELING USING QUAD RENDER MESHES simplified abstract (Pixar)

=CLOTH MODELING USING QUAD RENDER MESHES=


==Organization Name==

[[:Category:Pixar|Pixar]]


[[Category:Pixar]]

==Inventor(s)==

[[:Category:Christine Waggoner of Albany CA (US)|Christine Waggoner of Albany CA (US)]][[Category:Christine Waggoner of Albany CA (US)]]

[[:Category:Fernando Ferrari De Goes of Kensington CA (US)|Fernando Ferrari De Goes of Kensington CA (US)]][[Category:Fernando Ferrari De Goes of Kensington CA (US)]]

==CLOTH MODELING USING QUAD RENDER MESHES - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240054727 titled 'CLOTH MODELING USING QUAD RENDER MESHES

==Simplified Explanation==

- Three-dimensional cloth modeling technology is provided in this patent application.
- A first mesh with faces defined by edges is accessed.
- A render mesh is generated using quadrangulated tessellation of the first mesh, with quad faces.
- Attributes of the faces of the first mesh are transferred to the quad faces of the render mesh using a stochastic transfer operation.
- The render mesh is displayed through a graphical user interface (GUI).

== Potential Applications ==
- Fashion design software
- Virtual try-on applications for clothing
- Gaming and animation industries for realistic cloth simulation

== Problems Solved ==
- Simplifying the process of three-dimensional cloth modeling
- Improving the realism of cloth simulation in virtual environments

== Benefits ==
- Enhanced visual representation of cloth in digital environments
- Streamlined workflow for cloth modeling and simulation
- Improved user experience in applications involving virtual clothing


==Original Abstract Submitted==

embodiments provide for three-dimensional cloth modeling are provided. a first mesh comprising a plurality of faces defined by a plurality of edges is accessed, and a render mesh is generated using quadrangulated tessellation of the first mesh, where the render mesh comprises quad faces. one or more attributes of the plurality of faces of the first mesh are transferred to one or more of the quad faces of the render mesh using a stochastic transfer operation. the render mesh is displayed via a graphical user interface (gui).



[[Category:G06T17/20]]